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A Resource Allocation Algorithm of Multi-cloud Resources Based on Markov Decision Process

机译:基于马尔可夫决策过程的多云资源资源分配算法

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Cloud technologies can nowadays be considered as commodities. The possibility of getting access to storage, computing and networking virtual resources empowers any business that needs dynamic IT capabilities. The Cloud Management Broker (CMB) plays a crucial role to handle heterogeneous virtualized cloud resources in order to offer a unique set of interfaces to the cloud users. Moreover, the CMB is in charge of optimizing the usage of the cloud resources, satisfying the requirements declared by the users. This paper proposes a novel multi-cloud resource allocation algorithm, based on a Markov Decision Process (MDP), capable of dynamically assigning the resources requests to a set of IT resources (storage or computing resources), with the aim of maximizing the expected CMB revenue. Simulation results show the feasibility and the higher performances obtained by the proposed algorithm, compared to a greedy approach.
机译:现在云技术可以被视为商品。可以访问存储,计算和网络虚拟资源的可能性使得任何需要动态IT功能的业务。云管理代理(CMB)扮演一个至关重要的作用来处理异构虚拟化云资源,以便为云用户提供独特的界面集。此外,CMB负责优化云资源的使用,满足用户声明的要求。本文提出了一种基于Markov决策过程(MDP)的新型多云资源分配算法,能够将资源请求动态分配给一组IT资源(存储或计算资源),其目的是最大化预期的CMB收入。与贪婪的方法相比,仿真结果表明了所提出的算法获得的可行性和更高的性能。

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